public static Vec2 Deserialize(byte[] bytes)
{
var playObj = CodecUtils.DeserializePlayObject(bytes);
return(new Vec2 {
X = playObj.GetFloat("x"),
Y = playObj.GetFloat("y")
});
}
public static Move Deserialize(byte[] bytes)
{
var playObj = CodecUtils.DeserializePlayObject(bytes);
return(new Move {
Pos = playObj.Get <Vec2>("p"),
Dir = playObj.Get <Vec2>("d"),
Time = playObj.GetLong("t")
});
}
public static byte[] Serialize(object obj)
{
var vec = obj as Vec2;
var playObj = new PlayObject {
{ "x", vec.X },
{ "y", vec.Y }
};
return(CodecUtils.SerializePlayObject(playObj));
}
public static byte[] Serialize(object obj)
{
var move = obj as Move;
var playObj = new PlayObject {
{ "p", move.Pos },
{ "d", move.Dir },
{ "t", move.Time }
};
return(CodecUtils.SerializePlayObject(playObj));
}
public static Food Deserialize(byte[] bytes)
{
var playObj = CodecUtils.DeserializePlayObject(bytes);
var food = new Food {
Id = playObj.GetInt("id"),
Type = playObj.GetInt("type"),
X = playObj.GetFloat("x"),
Y = playObj.GetFloat("y")
};
return(food);
}
public static byte[] Serialize(object obj)
{
Food food = obj as Food;
var playObj = new PlayObject {
{ "id", food.Id },
{ "type", food.Type },
{ "x", food.X },
{ "y", food.Y }
};
return(CodecUtils.SerializePlayObject(playObj));
}
IPromise <Codec> _loadAsync(FileImage key)
{
var coroutine = Window.instance.startCoroutine(this._loadBytes(key));
return(coroutine.promise.Then(obj => {
if (obj is byte[] bytes)
{
return CodecUtils.getCodec(bytes);
}
return CodecUtils.getCodec(new Image((Texture2D)obj));
}));
}
public static Client InitClient(string userId)
{
// 注册自定义类型的序列化
CodecUtils.RegisterType(typeof(Food), 2, Food.Serialize, Food.Deserialize);
CodecUtils.RegisterType(typeof(Move), 3, Move.Serialize, Move.Deserialize);
CodecUtils.RegisterType(typeof(Vec2), 4, Vec2.Serialize, Vec2.Deserialize);
client = new Client("vAGmhiMWKL36JMXdepqx3sgV-gzGzoHsz", "Gt9CnVkM20XGFkAFkEkCKULE", userId);
//client = new Client("FQr8l8LLvdxIwhMHN77sNluX-9Nh9j0Va", "MJSm46Uu6LjF5eNmqfbuUmt6", userId);
client.OnPlayerCustomPropertiesChanged += (player, changedProps) => {
Debug.Log(changedProps);
};
return(client);
}
IPromise <Codec> _loadAsync(AssetBundleImageKey key)
{
var coroutine = Window.instance.startCoroutine(this._loadAssetAsync(key));
return(coroutine.promise.Then(result => {
if (result == null)
{
if (key.bundle == null)
{
throw new Exception($"Unable to find asset \"{key.name}\" from Resources folder");
}
throw new Exception($"Unable to find asset \"{key.name}\" from asset bundle \"{key.bundle}\"");
}
if (result is Texture2D texture)
{
return CodecUtils.getCodec(new Image(texture, isAsset: true, bundle: key.bundle));
}
else if (result is TextAsset text)
{
var bytes = text.bytes;
if (key.bundle == null)
{
Resources.UnloadAsset(text);
}
else
{
key.bundle.Unload(text);
}
return CodecUtils.getCodec(bytes);
}
else
{
throw new Exception($"Unknown type for asset \"{key.name}\": \"{result.GetType()}\"");
}
}));
}
IPromise <Codec> _loadAsync(CachedNetworkImageProvider key)
{
var localPath = SQLiteDBManager.instance.GetCachedFilePath(url: key.url);
//the cached file might be deleted by the OS
if (!File.Exists(path: localPath))
{
localPath = null;
}
var coroutine = localPath != null
? Window.instance.startCoroutine(this._loadFromFile(file : localPath))
: Window.instance.startCoroutine(this._loadFromNetwork(url : key.url));
return(coroutine.promise.Then(obj => {
if (obj is byte[] bytes)
{
return CodecUtils.getCodec(bytes: bytes);
}
return CodecUtils.getCodec(new Image((Texture2D)obj));
}));
}
IPromise <Codec> _loadAsync(MemoryImage key)
{
D.assert(key == this);
return(CodecUtils.getCodec(this.bytes));
}